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Log Washer Washing Plant Design

Log Washer Washing Plant Design photo-1
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US$ 2000 ≥1 Combo
Key Specifications
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Business Type:
Manufacturer
Year Established:
2008
Factory Size:
5,000-10,000 square meters
Payment & Shipping
Payment Methods:
Port of Shipment:
China
Delivery Detail:
Delivery time depends on order quantity.

log washer washing plant design


1. Product Introduction

Our Log Washer Washing Plant Design offers a comprehensive, turnkey engineering solution for materials heavily contaminated with plastic clays, conglomerates, and silt. Instead of just selling standalone equipment, we design fully integrated, optimized wet-processing plants. A typical plant design seamlessly incorporates feeding hoppers, primary screening, the core dual-shaft log washer circuit, downstream dewatering screens, hydrocyclones, and water recycling systems. Every plant is custom-engineered using advanced 3D modeling software to match your specific site footprint, material properties, and environmental regulations.


2. Applications

Integrated log washer plant designs are critical for large-scale operations where standalone washing units cannot achieve the required product purity:

  • Alluvial & Hard-Rock Mining Plants: Washing bauxite, iron ore, manganese, copper, and gold-bearing ores to strip away sticky clay matrices before downstream concentration or smelting.

  • Commercial Aggregate & Quarry Sites: Upgrading low-grade, clay-bound gravel pits and crushed stone quarries into premium-grade concrete aggregates and asphalt sands.

  • Contaminated Soil & C&D Recycling: Remediation of industrial brownfields and processing of construction & demolition waste to separate clean stone from mud and debris.


3. Working Principle of the Integrated Plant

A well-designed log washer plant operates as a continuous, synchronized circuit to maximize efficiency and minimize water wastage.

Pre-Screening & Feeding: Raw material is fed into a hopper and passes over a grizzly or vibrating screen to scalp off oversized rocks that could damage the log washer.

Intense Mechanical Attrition (The Core Circuit): Controlled material enters the lower end of the inclined log washer trough. Dual forged-steel shafts fitted with interlocking alloy paddles rotate counter-directionally. The paddles repeatedly chop the mud while forcing the rocks to grind against each other (material-on-material attrition), completely dissolving tough clay matrix skins.

Counter-Current Separation: High-pressure water spray bars wash the tumbling material. Clean, heavy aggregates are conveyed up the incline by the paddle pitch and discharge at the top. The dissolved clay forms a slurry and flows downward, overflowing via the lower weir.

Downstream Dewatering & Water Recovery: The clean aggregate goes to a dewatering screen to remove excess moisture. The clayey overflow slurry is directed to hydrocyclones and thickener tanks to reclaim up to 85%–90% of the wash water, which is instantly recycled back into the plant.


4. Key Advantages of Our Plant Design

  • Optimized Systems Integration: Every component—from conveyor belt speeds to water pump flow rates—is dynamically balanced to eliminate production bottlenecks and prevent log washer flooding or starving.

  • Tailored to Your Material Profile: Our engineers design the plant based on your specific material data, adjusting the log washer length, incline angle (6° to 12°), paddle configuration, and retention time to match your exact clay-to-stone ratio.

  • Significant Structural Durability: The entire plant structure is engineered with heavy-duty modular steel framing, high-grade piping, and reinforced concrete foundation layouts designed to withstand severe vibration and heavy continuous loads.

  • Eco-Friendly Water Management: Incorporates advanced closed-loop water clarification circuits. This minimizes fresh water consumption, eliminates the need for massive tailings ponds, and ensures compliance with strict environmental regulations.

  • Lower Total Cost of Ownership (TCO): Intelligent plant layout minimizes conveyor lengths and material handling points, reducing overall power consumption, wear-and-tear, and labor costs. Highly automated control systems allow the entire plant to be monitored by a single operator.


5. Case Studies and Images

图片1L7

Product Tags: 2000USD-80000USD , L/C,D/A,D/P,T/T,Western Union

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Gold Verified Supplier
1Yr
Verified Business License
Business Type
Manufacturer
Year Established
2008
Factory Size
5,000-10,000 square meters
Annual Export Value
US$2.5 Million - US$5 Million